Home Appliance Device and Method for Assembling a Home Appliance Device

ABSTRACT

For the purpose of improving properties regarding construction a home appliance device, in particular a home chiller appliance device, is proposed. The device has at least one main body defining at least one storage space; at least one door mounted to the main body and featuring at least one sealed door section that forms at least a portion of a front wall of the storage space; and at least one protrusion unit arranged next to the sealed door section outside the storage space and protruding from the door towards the main body.

BACKGROUND OF THE INVENTION Field of the Invention

The invention relates to a home appliance device, in particular a homechiller appliance device, and to a method for assembling a homeappliance device, in particular a home chiller appliance device.

From the prior art, refrigerators comprising a main body and a door areknown. The door features a sealed section which delimits a storage spacewithin an inner liner towards a front side. The door is flat except forthe sealed section outside the storage space.

SUMMARY OF THE INVENTION

An objective of the invention is, in particular, to provide a homeappliance device with improved characteristics regarding construction.This objective is achieved, according to the claimed invention. Furtherimplementations and further developments of the invention may begathered from the dependent claims.

A home appliance device, in particular a home chiller appliance device,is proposed, comprising: at least one main body defining at least onestorage space; at least one door mounted to the main body and featuringat least one sealed door section that forms at least a portion of afront wall of the storage space; and at least one protrusion unit whichis arranged next to the sealed door section, in particular on an insideof the door, outside the storage space and protrudes in particularsignificantly from the door towards the main body.

By means of the invention, in particular an advantageous construction ofa home appliance device can be achieved. High user-friendliness can beprovided. Furthermore, high efficiency and/or low energy demand can beachieved. A durable and/or reliable construction for a door openingassistant can be provided. In particular, component load duringtransmission of opening forces can be reduced. Furthermore, undesiredheat transfer can be minimized. In addition, comfort functions like asupply of ice water and/or ice cubes can be efficiently implemented in ahome appliance. In particular, different functionalities can beimplemented in a door of a home appliance, in particular in aspace-efficient manner. Furthermore, easy and/or cheap assembly isfacilitated.

By a “home appliance device” is in particular to be understood at leasta portion, in particular a sub-assembly group, of a home appliance. Thehome appliance is in particular provided for storing and in particulartempering victuals such as beverages, meat, fish, vegetables, fruits,milk and/or dairy products in at least one operating state, inparticular for the purpose of enhancing a keepability of the storedvictuals. In particular, the home appliance is embodied as a homechiller appliance which is in at least one operating state configuredfor cooling victuals. The home chiller appliance could in particular beembodied as a climate cabinet, an ice-box, a refrigerator, a freezer, arefrigerator-freezer combination and/or a wine cooler. However, the homeappliance could also be embodied as a home appliance for warming and inparticular for cooking victuals, e.g. an oven, a steamer and/or amicrowave. In this context, “configured” is in particular to meanspecifically programmed, designed and/or equipped. By an object beingconfigured for a certain function is in particular to be understood thatthe object implements and/or fulfills said certain function in at leastone application state and/or operating state.

In particular, the home appliance device may comprise at least one innerliner. In particular, the home appliance device may comprise at leastone outer liner. In particular, the inner liner may be arranged insidethe outer liner. In particular, there may be a gap between the innerliner and the outer liner, which may in particular be filled with foam,for instance with polyurethane foam. During assembly, the inner linermay in particular be placed inside the outer liner and the gap may besubsequently filled with foam during foaming. In particular, the innerliner and the outer liner may together form at least a portion of themain body or the main body of the home appliance device.

In particular, the storage space may be arranged within the inner liner.The storage space may in particular be delimited by the main body and bythe sealed door section. In particular, the door may be pivoted about avertical pivot axis. In this context, “vertical” is in particular to beunderstood as referring to a direction that is perpendicular to a groundon which the home appliance and/or the home appliance device stands inat least one normal operating condition. In particular, the homeappliance device may have at least one height direction. The heightdirection is in particular oriented vertically. Furthermore, the mainbody may have in particular at least one top side and/or at least onebottom side. In particular, the height direction may point from thebottom side of the main body to the top side of the main body.

In particular, the sealed door section may have a rectangular shape. Inparticular, the sealed door section may form the front wall of thestorage space. In particular, the sealed door section may feature atleast one sealing lip, which in particular, may implement an outerborder of the sealed door section. In particular, in a closed state thesealing lip may be in contact with the main body. In particular, thedoor may be the only door for the storage space. However, it isconceivable that the home appliance device may comprise at least oneadditional storage space, which may be accessible through the doorand/or through an additional door. For instance, the storage space maybe implemented as a refrigerator storage space and/or the additionalstorage space may be implemented as a freezer storage space or viceversa. It is further conceivable that the home appliance device mayfeature at least one second door for the storage space. For instance,the door and the second door may be implemented in a french-doorassembly.

In particular, the protrusion unit may be arranged below the sealed doorsection. In particular, the protrusion unit may be arranged closer tothe bottom side of the main body than the sealed door section,particularly in a direction parallel to the height direction.

In particular, the protrusion unit may be at least partly, in particularsolely or completely connected to the door. However, it is alsoconceivable that the protrusion unit may be at least partly or solelyconnected to the main body. In particular, the protrusion unit may be inparts connected to the door and in parts connected to the main body. Inparticular, the door may comprise at least one non-sealed door sectionarranged next to the sealed door section outside the storage space, inparticular arranged below the sealed door section. In particular, theprotrusion unit may be connected to the non-sealed door section. Inparticular, the protrusion unit may be arranged adjacent to thenon-sealed door section. In particular, the non-sealed door section maybe at least substantially planar or planar. In particular, theprotrusion unit may protrude, in particular significantly, from thenon-sealed door section towards the main body, for example by at least 1cm or by at least 2 cm or by at least 5 cm or by at least 7 cm.

Further, it is proposed that the protrusion unit may feature a smallerhorizontal extent than a horizontal extent of the sealed door section.In particular, “horizontal” is to be understood with reference to“vertical”. The horizontal extent may in particular an extent that isperpendicular to the height direction and/or parallel to a mainextension plane of the door and/or of the non-sealed door section and/orof the sealed door section. In particular, the horizontal extent of theprotrusion unit may be no greater than 50% or no greater than 20% or nogreater than 10% of the horizontal extent of the sealed door section. Inparticular, the horizontal extent of the sealed door section may atleast be substantially the same or may be the same as a horizontalextent of the door. In particular, a main extension direction of theprotrusion unit may be oriented parallel to the height direction. Inparticular, the protrusion unit may be arranged centrally with respectto the horizontal extent of the sealed door section. A “main extensionplane” of an object is, in particular, to be understood as a planeextending parallel to a largest side of an imaginary rectangular cuboidwhich only just entirely encloses the object and preferably extendsthrough a geometric center of the object. A “main extension direction”of an object is, in particular, to be understood, in this context, as adirection extending in parallel to a largest side of an imaginaryrectangular cuboid which only just entirely encloses the object. In thiscontext, the term “at least substantially” is to mean that a deviationof a first value from a second value is in particular smaller than 25%,preferably smaller than 10% and advantageously smaller than 5% of thesecond value. As a result, advantageous properties regarding anarrangement of components can be achieved.

High comfort and/or high durability can be achieved if the homeappliance device may comprise a door opening assisting unit featuring atleast one opening element, and if the protrusion unit may feature atleast one contact element for the opening element. In particular, thedoor opening assisting unit may be arranged within the main body. Inparticular, the door opening assisting unit may be arranged outside thestorage space. In particular, the opening element may be rod-shaped. Inparticular, the opening element may be implemented as a push rod. Inparticular, the opening element may be configured for being pushedagainst the contact element in at least one door opening condition. Inparticular, the door opening assisting unit may be configured for partlyopening the door and/or for supporting a user in opening the door. Inparticular, the door opening assisting unit may be configured fordetecting at least one door opening request of a user. In particular,the contact element may be implemented separately from the door. Inparticular, the contact element may be connected to the door. Inparticular, the contact element may define a top end of the protrusionunit. In particular, the contact element may be at least partly or atleast to a large extent or completely be made of metal. It is alsoconceivable that the contact element may be at least partly or at leastto a large extent or completely be made of plastic. The term “at leastto a large extent” is in particular to mean to an extent of at least55%, preferably to an extent of at least 65%, further preferably to anextent of at least 75%, advantageously to an extent of at least 85% andfurther advantageously to an extent of at least 95%. In particular, thecontact element may be made of one piece. “Made of one piece” is, inparticular, to mean, in this context, manufactured from one singlepiece, e.g., by production from one single cast and/or by manufacturingin a one-component or multi-component injection-molding process, and inparticular from a single blank.

For the purpose of efficient and/or targeted force transmission, it isproposed that the contact element may feature at least one contactsurface for the opening element, which contact surface may be aligned atleast substantially parallel or parallel to a main extension plane ofthe door and/or of the non-sealed door section and/or of the sealed doorsection. In particular, the contact surface may be configured forreceiving a pushing force exerted onto it by the opening element. Thecontact surface may in particular be larger than a forward surface, e.g.a forward facing surface, of the opening element, which is in contactwith the contact surface in the door opening condition. In particular,the contact surface is rectangular, in particular squared. Inparticular, the contact element may be box-shaped. In particular, thecontact element may feature at least one contact element side wall whichmay be connected to a contact element front wall, which contact elementfront wall may feature the contact surface. In particular, the contactelement may feature three contact element side walls, which areconnected to the contact element front wall, namely in particular a topside wall and two lateral side walls. It is also conceivable that thecontact element may feature four or more contact element side walls, inparticular including at least one bottom side wall. In particular, thecontact element front wall may be rectangular, in particular squared. Inparticular, the contact element may feature at least one rectangular, inparticular squared cross section. In this context, “at leastsubstantially parallel” is in particular to mean an orientation of adirection with respect to a reference direction, in particular in aplane, wherein the direction has a deviation from the referencedirection in particular of less than 15°, advantageously of less than10° and particularly advantageously of less than 2°.

High-level strength and/or easy manufacturability can be achieved if thecontact element may be implemented as a bent sheet metal piece. Inparticular, the contact element may be implemented as a stampedand-bent-piece.

Advantageous properties regarding force transmission can be achieved ifthe contact element may feature at least one contact element side wallwith a step-shaped contour. In particular, the contact element side wallmay be connected to the contact element front wall. In particular, thestep-shaped contour may be arranged on a top side of the contact elementside wall. In particular, the contact element may comprise at least onecontact element side wall which may be step-shaped and which may inparticular feature at least one front side surface which may be orientedparallel to the contact surface and/or arranged offset from the contactsurface towards the door. In particular, the contact element may featurea rear-side cross section which may be significantly larger than thecontact surface and which may in particular be arranged on a rear sideof the contact element facing the door.

For the purpose of avoiding wear owing to operation of a door openingassistant, it is proposed that the protrusion unit may comprise a fixingunit featuring at least one fixing element, that the contact element maybe connected to the fixing element, and that the fixing element may bearranged inside a foamed gap space of the door. In particular, thefixing element may be arranged inside the door. In particular, thecontact element may be connected to the fixing element in the heightdirection. In particular, the contact element may be connected to thefixing element from below the sealed door section. In addition, thefixing unit may comprise at least one support element which the fixingelement is connected to. In particular, the support element isplate-shaped. In particular, the support element may be arranged insidethe door, for example within the foamed gap space of the door, and/oroutside the foamed gap space of the door, in particular on a side of thefoamed gap space that faces away from the storage space.

Furthermore, it is proposed that the protrusion unit may feature atleast one air separator, which separates two adjacent air spaces, inparticular at least one first air space and at least one second airspace, which may be located outside the storage space and arrangedbetween the door and the main body. In particular, the contact elementand the air separator together implement the protrusion unit.

In particular, the home appliance device may comprise at least onemachine compartment arranged next to the non-sealed door section and/ornext to the storage space, in particular below the storage space and/orwithin the main body. In particular, the machine compartment maycomprise at least one first sub-compartment arranged behind the firstair space and at least one second sub-compartment arranged behind thesecond air space. In particular, the first sub-compartment and thesecond sub-compartment may be separated from each other, in particularby at least one divisional wall. In particular, the firstsub-compartment may be open towards and/or connected to the first airspace and/or the second sub-compartment may be open towards and/orconnected to the second air space, particularly through at least oneventilation grille. In particular, the first sub-compartment maycomprise at least one fresh-air entrance, which may in particular beconnected to the first air space, and/or the second sub-compartmentcomprises at least one heated-air exit, which may in particular beconnected to the second air space. In particular, the first air spaceand/or the second air space may be delimited by the sealed door section,in particular on a top side. In particular, the first air space and/orthe second air space may be open towards an outside, in particular awayfrom the sealed door section, in particular towards the bottom side ofthe main body and/or towards the ground. In particular, the airseparator may, in particular solely, be connected to the door, inparticular to the non-sealed door section. In particular, the airseparator may be in contact with the door and with the main body, atleast in a closed state of the door. In particular, the air separatormay be plate-shaped. In particular, a main extension plane of the airseparator may be oriented perpendicularly to the main extension plane ofthe door and/or parallel to the height direction. In particular, a mainextension direction of the air separator may be oriented parallel to theheight direction. In particular, the air separator may be arranged nextto the contact element, in particular below the contact element. Inparticular, the air separator may be in contact with the contactelement. The air separator may in particular be at least partly, inparticular at least to a large extent, in particular completely be madeof plastic. However, it is also conceivable that the air separator is atleast partly, at least to a large extent or completely made of metal. Asa result, undesirable heat exchange can be prevented and/or a high gradeof efficiency can be achieved.

For the purpose of effective thermal screening it is proposed that theair separator may feature at least one sealing element that may contactthe main body, at least in a closed state of the door. In particular,the sealing element may extend from the contact element towards a bottomend of the non-sealed door section. The sealing element may inparticular be implemented as an, in particular straight, sealing lip. Itis further conceivable that the air separator may feature an additionalsealing element that contacts the door, in particular the non-sealeddoor section. In particular, the sealing element and/or the additionalsealing element may at least partly, in particular at least to a largeextent and further in particular completely be made of plastic, inparticular of an elastomer. In particular, the sealing element may atleast partly be macroscopically deformable, or macroscopicallydeformable. In particular, the air separator may comprise at least onesupport element. The sealing element and/or the additional sealingelement may be in particular connected to the support element. Inparticular, the support element or at least a portion of the supportelement, in particular a portion of the support element extending overat least 50%, preferably over at least 75% of a length of the supportelement, may be plate-shaped. In this context, a “macroscopicallydeformable object” is, in particular, an object having at least oneextension in at least one direction, which extension can be, inparticular temporarily and/or without damage, altered by at least 1%,preferably by at least 5%, further preferably by at least 20% andadvantageously by at least 50% when a force is applied to the objectthat is no greater than 100 kN mm⁻², preferably no greater than 10 kNmm⁻² and advantageously no greater than 1 kN mm⁻².

Easy manufacturability can be achieved and/or a diversity of parts canbe reduced if the air separator may be connected to the contact element.In particular, the air separator may be fixed to the contact element.

Fast and/or easy alignment during assembly and/or high air-tightness canbe achieved if the air separator may partly be inserted in the contactelement, in particular from a bottom side of the contact element. Thecontact element in particular covers a top portion of the air separator.In particular, the air separator may be connected to the contact elementby at least one fastening element, in particular by at least twofastening elements, for instance by screws and/or bolts and/or pinsand/or nails and/or rivets, in particular from two opposite sides.

For the purpose of providing reliable locking and/or failsafemanufacturability, it is proposed that the contact element may featureat least two mounting holes for the air separator which have differenthole axes. In particular, the hole axes may be oriented at leastsubstantially parallel, or parallel, to each other and/or at leastsubstantially parallel, or parallel, to the horizontal direction. Theair separator may in particular be fixed to the contact element by atleast one fixing element per mounting hole. In particular, the mountingholes may be offset from each other along the height direction. As aresult, turning of elements during screwing can be avoided.

It is further proposed that the home appliance device may comprise atleast one liquid line, in particular at least one water line, which runsthrough the protrusion unit, in particular through the contact elementand/or through the air separator, in particular in a direction parallelto the height direction. In particular, the liquid line may be part ofan ice supply unit and/or an ice water supply unit and/or an ice waterdispenser unit, which may be in particular part of the home appliancedevice and which may in particular be arranged on the door. Inparticular, the liquid line may be a water supply line. As a result,high comfort can be provided while a structural complexity can bereduced.

Advantageous properties regarding construction can be achieved with ahome appliance comprising at least one home appliance device accordingto the invention.

Furthermore, a method for assembling a home appliance device, inparticular a home chiller appliance device, is proposed, wherein thehome appliance device comprises: at least one main body defining atleast one storage space; at least one door mounted to the main body,featuring at least one sealed door section forming at least a part of afront wall of the storage space; at least one door opening assistingunit having at least one opening element; and at least one protrusionunit arranged next to the sealed door section outside the storage space,which protrudes from the door towards the main body and which featuresat least one contact element for the opening element and at least oneair separator separating two adjacent air spaces which are locatedoutside the storage space and arranged between the door and the mainbody; and wherein the air separator is attached to the contact element.

By means of the invention, in particular an advantageous construction ofa home appliance device can be achieved. High user-friendliness can beprovided. Furthermore, high efficiency and/or low energy demand can beachieved. A durable and/or reliable construction for a door openingassistant can be provided. In particular, component load duringtransmission of opening forces can be reduced. Furthermore, undesiredheat transfer can be minimized. In addition, comfort functions like asupply of ice water and/or ice cubes can be efficiently implemented in ahome appliance. In particular, different functionalities can beimplemented in a door of a home appliance, in particular in aspace-efficient manner. Furthermore, easy and/or cheap assembly isfacilitated.

Herein the home appliance device and the method according to theinvention are not to be limited to the application and implementationdescribed above. In particular, for the purpose of fulfilling afunctionality herein described, the home appliance device and the methodaccording to the invention may comprise a number of respective elements,structural components, units and/or steps that differs from the numbermentioned herein. Furthermore, regarding the value ranges mentioned inthis disclosure, values within the limits mentioned are to be understoodto be also disclosed and to be used as applicable.

Further advantages may become apparent from the following description ofthe drawing. In the drawing exemplary embodiments of the invention areshown. The drawing, the description and the claims contain a pluralityof features in combination. The person having ordinary skill in the artwill purposefully also consider the features separately and will findfurther expedient combinations.

If there is more than one specimen of a certain object, in some instanceonly one of these may be given a reference numeral in the figures and inthe description. The description of this specimen may be correspondinglytransferred to the other specimens of the object.

BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWING

FIG. 1 a home appliance comprising a home appliance device, in aperspective view,

FIG. 2 a portion of the home appliance device, including a door and aprotrusion unit of the home appliance device, in a perspective view,

FIG. 3 a portion of the home appliance device, including a door openingassisting unit of the home appliance device, in a schematic sectionallateral view,

FIG. 4 a portion of the home appliance device, including a machinecompartment of the home appliance device, in a schematic sectional topview,

FIG. 5 a portion of the door of the home appliance device, including theprotrusion unit, in a perspective view,

FIG. 6 a contact element of the protrusion unit, in a perspective view,

FIG. 7 the contact element, in a schematic lateral view,

FIG. 8 the contact element, in an additional schematic lateral view,

FIG. 9 the protrusion unit, in a schematic exploded view,

FIG. 10 a schematic flow chart of a method for assembling a homeappliance device,

FIG. 11 an alternative home appliance comprising an alternative homeappliance device, in a perspective view,

FIG. 12 a protrusion unit of the alternative home appliance device,comprising a contact element and an air separator, in a schematicexploded view,

FIG. 13 a support element of the air separator, in a schematic frontview,

FIG. 14 the support element, in a schematic lateral view,

FIG. 15 the contact element and a fixing unit of the alternative homeappliance device, in a perspective view,

FIG. 16 a further alternative home appliance device in a perspectiveview,

FIG. 17 a contact element of a protrusion unit of the furtheralternative home appliance device, in a perspective view,

FIG. 18 the contact element, in a further perspective view, and

FIG. 19 a portion of the further alternative home appliance device,including the contact element and a liquid line, in a perspective view.

DETAILED DESCRIPTION OF THE INVENTION

FIG. 1 shows a home appliance 58 a in a perspective view. The homeappliance 58 a comprises a home appliance device 10 a. The homeappliance 58 a is implemented as a home chiller appliance. In the caseshown the home appliance 58 a is implemented as a refrigerator. The homeappliance device 10 a is implemented as a home chiller appliance device.

The home appliance device 10 a comprises a main body 12 a. Furthermore,the home appliance device 10 a comprises a door 16 a mounted to the mainbody 12 a. The main body 12 a has a height direction 66 a. The heightdirection 66 a is a vertical direction.

FIG. 2 shows a portion of the home appliance device 10 a, including thedoor 16 a and the main body 12 a, in a perspective view. The main body12 a defines a storage space 14 a. The main body 12 a comprises an outerliner 62 a and an inner liner 64 a, which is arranged within the outerliner 62 a.

The door 16 a features a sealed door section 18 a that forms at least aportion of a front wall 20 a of the storage space 14 a. The sealed doorsection 18 a comprises a sealing lip 60 a, which seals the storage space14 a in a closed state.

The home appliance device 10 a comprises a protrusion unit 22 a arrangednext to the sealed door section 18 a outside the storage space 14 a. Theprotrusion unit 22 a protrudes from the door 16 a towards the main body12 a. The door 16 a features a non-sealed door section 68 a arrangednext to the sealed door section 18 a. The non-sealed door section 68 ais arranged below the sealed door section 18 a with respect to theheight direction 66 a. The protrusion unit 22 a is connected to the door16 a. The protrusion unit 22 a is connected to the non-sealed doorsection 68 a. It is conceivable that a non-sealed door section and/or aprotrusion unit is arranged above a sealed door section. Furthermore, itis conceivable that a protrusion unit is connected to a main body.

The protrusion unit 22 a features a smaller horizontal extent 24 a thanthe sealed door section 18 a, in particular parallel to a horizontaldirection 72 a of the door 16 a. The horizontal direction 72 a of thedoor 16 a is oriented perpendicularly to the height direction 66 a andparallel to a main extension plane of the door 16 a.

The horizontal extent 24 a of the protrusion unit 22 a is smaller than20% of a horizontal extent 70 a of the sealed door section 18 a. Thehorizontal extent 24 a of the protrusion unit 22 a is significantlysmaller than the horizontal extent 70 a of the sealed door section 18 a.

The home appliance device 10 a comprises a door opening assisting unit26 a which has an opening element 28 a. The opening element 28 a isimplemented as a push rod. The opening unit 26 a is configured forpartly opening the door 16 a upon a user request for a door opening.

FIG. 4 shows a portion of the home appliance device 10 a, including thedoor opening assisting unit 26 a, in a schematic lateral sectional view.Upon a user request of a door opening, the opening element 28 a is movedtowards the door 16 a in order to partly push the door 16 a open.

The protrusion unit 22 a features a contact element 30 a for the openingelement 28 a. The contact element 30 a is connected to the door 16 a.The contact element 30 a is provided for transmitting an opening forceonto the door 16 a. The opening element 28 a is provided for beingpushed against the contact element 30 a. The contact element 30 a isarranged opposite the opening element 28 a.

The contact element 30 a features a contact surface 32 a for the openingelement 28 a, which contact surface 32 a is aligned parallel to the mainextension plane of the door 16 a. The contact element 30 a protrudesfrom the door 16 a towards the main body 12 a. The opening element 28 atherefore has to be moved only over a short distance for opening thedoor 16 a.

FIG. 4 shows a portion of the home appliance device 10 a in a schematicsectional top view. The protrusion unit 22 a comprises an air separator40 a which separates two adjacent air spaces 42 a, 44 a, namely a firstair space 42 a and a second air space 44 a, which are located outsidethe storage space 14 a and are arranged between the door 16 a and themain body 12 a.

The home appliance device 10 a comprises a machine compartment 74 a. Themachine compartment 74 a is arranged below the storage space 14 a withrespect to the height direction 66 a. The machine compartment 74 afeatures a first sub-compartment 76 a and a second sub-compartment 78 a.The first sub-compartment 76 a is arranged behind the first air space 42a. The second sub-compartment 78 a is arranged behind the second airspace 44 a. The first sub-compartment 76 a and the secondsub-compartment 78 a are separated from each other by a divisional wall80 a. The first sub-compartment 76 a is connected to the first air space42 a and the second sub-compartment 78 a is connected to the second airspace 44 a via at least one ventilation grille 82 a. The ventilationgrille 82 a is not shown in FIG. 3 for reasons of clarity. The firstsub-compartment 76 a comprises a fresh-air entrance 84 a, which isconnected to the first air space 42 a. The second sub-compartment 78 acomprises a heated-air exit 86 a, which is connected to the second airspace 44 a. The first air space 42 a and the second air space 44 a aredelimited by the sealed door section 18 a on a top side. The first airspace 42 a and the second air space 44 a are open towards an outside, inparticular towards a bottom side of the main body 12 a.

FIG. 5 shows a portion of the door 16 a of the home appliance device 10a, including the protrusion unit 22 a, in a perspective view. The airseparator 40 a is connected to the door 16 a. The air separator 40 a isconnected to the non-sealed door section 68 a. In a closed state of thedoor 16 a, the air separator 40 a is in contact with the door 16 a andwith the main body 12 a. The air separator 40 a is plate-shaped. A mainextension plane of the air separator 40 a is oriented perpendicularly tothe main extension plane of the door 16 a and parallel to the heightdirection 66 a. A main extension direction of the air separator 40 a isoriented parallel to the height direction 66 a. The air separator 40 ais arranged next to the contact element 30 a, in particular below thecontact element 30 a. The air separator 40 a is in contact with thecontact element 30 a. In the shown case the air separator 40 a is madeof plastic.

The air separator 40 a features a sealing element 46 a that contacts themain body 12 a, in particular in the closed state of the door 16 a. Thesealing element 46 a is implemented as a sealing lip. A main extensiondirection of the sealing element 46 a is oriented parallel to the heightdirection 66 a. The air separator 40 a features an additional sealingelement 88 a that contacts the door 16 a, in particular the non-sealeddoor section 68 a. Furthermore, the air separator 40 a features asupport element 90 a. The sealing element 46 a is connected to thesupport element 90 a. The additional sealing element 88 a is connectedto the support element 90 a. The additional sealing element 88 a issignificantly shorter than the sealing element 46 a. The additionalsealing element 88 a features a length which is smaller than 50% of alength of the sealing element 46 a. The sealing element 46 a is made ofrubber. The additional sealing element 88 a is made of rubber.

The air separator 40 a is connected to the contact element 30 a. The airseparator 40 a is partly inserted in the contact element 30 a. Thecontact element 30 a covers the air separator 40 a on a top end. Thesupport element 90 a is partly inserted in the contact element 30 a. Thecontact element 30 a is open towards a bottom side of the main body 12a. The protrusion unit 22 a features a cover element 92 a that covers aportion of the non-sealed door section 68 a. The additional sealingelement 88 a contacts the cover element 92 a.

The contact element 30 a and the air separator 40 a are further shown inFIGS. 6 to 9. FIG. 6 shows the contact element 30 a, in a perspectiveview. FIG. 7 shows the contact element 30 a, in a schematic lateral viewfrom a first lateral side. FIG. 8 shows the contact element 30 a in anadditional schematic lateral view from a second lateral side that isopposite the first lateral side. FIG. 9 shows the protrusion unit 22 a,in a schematic exploded view.

The contact element 30 a is implemented as a bent sheet metal piece. Thecontact element 30 a has a closed-corner design. The contact element 30a features a contact element side wall 34 a with a step-shaped contour98 a. The contact element side wall 34 a is a lateral side wall. Thestep-shaped contour 98 a is arranged on a top side 96 a of the contactelement 30 a. The contact element 30 a features a second contact elementside wall 94 a with a step-shaped contour 100 a. The second contactelement side wall 94 a is a lateral side wall. The contact element 30 afeatures a contact element top wall 102 a which follows the step-shapedcontour 98 a. The contact element top wall 102 a forms a step 104 a. Thecontact element 30 a is step-shaped. The contact element 30 a isconfigured for transmitting a force 106 a exerted onto the contactsurface 32 a along at least two different force transmission paths 108a, 110 a.

The contact element top wall 102 a is connected to the door 16 a. In thecase shown the contact element 30 a is connected to the door 16 a viascrews.

The contact element 30 a comprises a contact element front wall 112 awhich comprises the contact surface 32 a. The contact element side wall34 a, the second contact element side wall 94 a and the contact elementtop wall 102 a are connected to the contact element front wall 112 a.The contact element 30 a is made of one piece.

The contact element 30 a features two mounting holes 48 a, 50 a for theair separator 40 a which have different hole axes 52 a, 54 a. The airseparator 40 a is connected to the contact element 30 a via screws thatare not shown in the figures and are arranged in the mounting holes 48a, 50 a.

FIG. 10 shows a schematic flow chart of a method for assembling the homeappliance device 10 a. In a first assembly step 114 a the contactelement 30 a is attached to the door 16 a. In a second assembly step 116a the air separator 40 a is attached to the contact element 30 a. In thesecond assembly step 116 a the air separator 40 a is slid into thecontact element 30 a from below. Subsequently, the air separator 40 a isfixed to the contact element 30 a by means of screws which are screwedthrough the mounting holes 48 a, 50 a into the air separator 40 a.

FIGS. 11 to 19 show further exemplary embodiments of the invention. Thefollowing description is substantially limited to the differencesbetween the exemplary embodiments, wherein regarding structuralelements, features and functions that remain the same the description ofthe other exemplary embodiments, in particular the exemplary embodimentof FIGS. 1 to 10, may be referred to. For distinguishing the exemplaryembodiments, the letter a of the reference numerals in the exemplaryembodiment of FIGS. 1 to 10 has been substituted by the letters b and cin the reference numerals of the exemplary embodiments of FIGS. 11 to19. Regarding structural elements having the same denomination, inparticular regarding structural elements having the same referencenumerals, principally the drawing and/or the description of the otherexemplary embodiments, in particular of the exemplary embodiment ofFIGS. 1 to 10, may be referred to.

FIG. 11 shows an alternative home appliance 58 b comprising analternative home appliance device 10 b, in a perspective view. The homeappliance device 10 b comprises a main body 12 b and a door 16 b whichis mounted to the main body 12 b.

FIG. 12 shows a protrusion unit 22 b of the alternative home appliancedevice 10 b, in a schematic exploded view. The protrusion unit 22 b isimplemented analogously to the protrusion unit 22 a of the exemplaryembodiment of FIGS. 1 to 10.

The protrusion unit 22 b comprises a contact element 30 b and an airseparator 40 b. The air separator 40 b comprises a support element 90 b,a sealing element 46 b and an additional sealing element 88 b. In anassembled state the sealing element 46 b contacts the main body 12 b.The additional sealing element 88 b is shorter than the sealing element46 b by approximately 25%.

The contact element 30 b comprises a contact surface 32 b for an openingelement of a door opening assisting unit of the alternative homeappliance device. The contact element 30 b is implemented as a bentsheet metal piece. In the assembled state the air separator 40 b ispartly inserted in the contact element 30 b.

FIG. 13 shows the support element 90 b of the air separator 40 b, in aschematic front view. FIG. 14 shows the support element 90 b, in aschematic lateral view. The support element 90 b features a head portion118 b. In an assembled state, the head portion 118 b is arranged withinthe contact element 30 b. The head portion 118 b features receivingelements 120 b, 122 b for fastening elements. The contact element 30 bfeatures mounting holes 48 b, 50 b for the air separator 40 b. The airseparator 40 b is connected to the contact element 30 b by means offastening elements which are arranged in the mounting holes 48 b, 50 band are connected to the receiving elements 120 b, 122 b. The receivingelements 120 b, 122 b are arranged in a staggered manner.

FIG. 15 shows the contact element 30 b and a fixing unit 36 b of thealternative home appliance device 10 b, in a perspective view. Thefixing unit 36 b comprises a fixing element 38 b. In the assembled statethe contact element 30 b is fixed to the fixing element 38 b.Furthermore, in the assembled state the fixing element 38 b is arrangedinside a foamed gap space of the door 16 b. The contact element 30 b isscrewed to the fixing element 38 b from a bottom side 124 b of thefixing element 38 b. The fixing element 38 b is made of metal.

In the case shown the fixing unit 36 b comprises a support element 125 bwhich the fixing element 38 b is connected to. The fixing element 38 bis screwed to the support element 125 b. The support element 125 b is ametal plate. The support element 125 b is arranged outside the foamedgap space of the door 16 b. The support element 125 b is arranged withinthe door 16 b. The support element 125 b is arranged on a side of thefoamed gap space of the door 16 b which faces away from the main body 12b.

FIG. 16 shows a further alternative home appliance 58 c, in aperspective view. The further alternative home appliance 58 c comprisesa further alternative home appliance device 10 c. The furtheralternative home appliance 58 c is implemented as a refrigerator. Thefurther alternative home appliance device 10 c is implemented as a homechiller appliance device. The further alternative home appliance device10 c comprises a main body 12 c that defines a storage space 14 c. Thefurther alternative home appliance device 10 c comprises a door 16 cmounted to the main body 12 c, which door 16 c features a sealed doorsection 18 c that forms a portion of a front wall 20 c, in particularthe entire front wall 20 c, of the storage space 14 c. The furtheralternative home appliance device 10 c comprises a protrusion unit 22 cwhich is arranged next to the sealed door section 18 c outside thestorage space 14 c and protrudes from the door 16 c towards the mainbody 12 c.

The protrusion unit 22 c features a smaller horizontal extent 24 c thanthe sealed door section 18 c.

The further alternative home appliance device 10 c comprises a dooropening assisting unit 26 c which has an opening element 28 c. Theprotrusion unit 22 c features a contact element 30 c for the openingelement 28 c. The contact element 30 c is shown in two differentperspective views in FIGS. 17 and 18. The contact element 30 c featuresa contact surface 32 c for the opening element 28 c, which contactsurface 32 c is aligned parallel to a main extension plane of the door16 c.

The protrusion unit 22 c features an air separator 40 c which separatestwo adjacent air spaces 42 c, 44 c located outside the storage space 14c and arranged between the door 16 c and the main body 12 c.

The home appliance device 10 c comprises an ice water dispenser unit 126c. The ice water dispenser unit 126 c is connected to the door 16 c. Theice water dispenser unit 126 c is arranged inside the storage space 14 cin a closed state of the door 16 c. It is also conceivable that an icewater dispenser unit is arranged outside a storage space.

FIG. 18 shows a portion of the further alternative home appliance device10 c, in a perspective view. The ice water dispenser unit 126 ccomprises a liquid line 5 c. The liquid line 56 c is a water supplyline. The liquid line 56 c runs through the protrusion unit 22 c. Theliquid line 56 c runs through the contact element 30 c. The liquid line56 c runs through the protrusion unit 22 c in a direction parallel to aheight direction 66 c of the main body 12 c. The contact element 30 c isopen towards a top side 128 c of the contact element 30 c in order toprovide an opening 130 c for the liquid line 56 c. The contact element30 c comprises a connection element 132 c for fixing to the door 16 c.The connection element 132 c is wing-shaped. The connection element 132c is bent outward with respect to the opening 130 c. The contact element30 c comprises an additional connection element 134 c for fixing to thedoor 16 c. The additional connection element 134 c is implementedmirror-symmetrically with respect to the connection element 132 c. Theconnection element 132 c and the additional connection element 134 c arescrewed to the door 16 c. The connection element 132 c implements aforce transmission point 136 c towards a contact element top wall 102 cand a contact element front wall 112 c, which contact element front wall112 c features the contact surface 32 c. An opening force is transmittedfrom the contact surface 32 c, via the force transmission point 136 c,towards the connection element 132 c and to the door 16 c. Analogously,the additional connection element 134 c implements an additional forcetransmission point 138 c.

The following is a summary list of reference numerals and thecorresponding structure used in the above description of the invention:

10 home appliance device

12 main body

14 storage space

16 door

18 sealed door section

20 front wall

22 protrusion unit

24 horizontal extent

26 door opening assisting unit

28 opening element

30 contact element

32 contact surface

34 contact element side wall

36 fixing unit

38 fixing element

40 air separator

42 air space

44 air space

46 sealing element

48 mounting hole

50 mounting hole

52 hole axis

54 hole axis

56 liquid line

58 home appliance

60 sealing lip

62 outer liner

64 inner liner

66 height direction

68 non-sealed door section

70 horizontal extent

72 horizontal direction

74 machine compartment

76 sub-compartment

78 sub-compartment

80 wall

82 ventilation grille

84 fresh-air entrance

86 heated-air exit

88 sealing element

90 support element

92 cover element

94 contact element side wall

96 top side

98 contour

100 contour

102 contact element top wall

104 step

106 force

108 path

110 path

112 contact element front wall

114 assembly step

116 assembly step

118 head portion

120 receiving element

122 receiving element

124 bottom side

125 support element

126 ice water dispenser unit

128 top side

130 opening

132 connection element

134 connection element

136 force transmission point

138 force transmission point

1. A home appliance device, in particular a home chiller appliancedevice, comprising: at least one main body defining at least one storagespace; at least one door mounted to the main body and featuring at leastone sealed door section that forms at least a portion of a front wall ofthe storage space; and at least one protrusion unit arranged next to thesealed door section outside the storage space and protruding from thedoor towards the main body.
 2. The home appliance device according toclaim 1, the protrusion unit featuring a smaller horizontal extent thanthe sealed door section.
 3. The home appliance device according to claim1, comprising a door opening assisting unit which has at least oneopening element, wherein the protrusion unit features at least onecontact element for the opening element.
 4. The home appliance deviceaccording to claim 3, the contact element featuring at least one contactsurface for the opening element, which contact surface is aligned atleast substantially parallel to a main extension plane of the door. 5.The home appliance device according to claim 3, the contact elementbeing implemented as a bent sheet metal piece.
 6. The home appliancedevice according to claim 3, the contact element featuring at least onecontact element side wall with a step-shaped contour.
 7. The homeappliance device according to claim 3, comprising a fixing unitfeaturing at least one fixing element, the contact element being fixedto the fixing element, and the fixing element being arranged inside afoamed gap space of the door.
 8. The home appliance device according toclaim 1, the protrusion unit featuring at least one air separator whichseparates two adjacent air spaces located outside the storage space andarranged between the door and the main body.
 9. The home appliancedevice according to claim 8, the air separator featuring at least onesealing element that contacts the main body.
 10. The home appliancedevice according to claims 3, the air separator being connected to thecontact element.
 11. The home appliance device according to claim 10,the air separator being partly inserted in the contact element.
 12. Thehome appliance device according to claim 10, the contact elementfeaturing at least two mounting holes for the air separator which havedifferent hole axes.
 13. The home appliance device according to claim 1,comprising at least one liquid line which runs through the protrusionunit.
 14. A home appliance, in particular a home chiller appliance,comprising at least one home appliance device according to claim
 1. 15.A method for assembling a home appliance device, in particular a homechiller appliance device, comprising: at least one main body defining atleast one storage space; at least one door mounted to the main body andfeaturing at least one sealed door section that forms at least a part ofa front wall of the storage space; at least one door opening assistingunit having at least one opening element; and at least one protrusionunit arranged next to the sealed door section outside the storage space,which protrudes from the door towards the main body and which featuresat least one contact element for the opening element and at least oneair separator separating two adjacent air spaces located outside thestorage space and arranged between the door and the main body; whereinthe air separator is attached to the contact element.
 16. The methodaccording to claim 15 configured for assembling a home chiller appliancedevice according to claim 1.